Hydrocarbon Gas Analyser

MOD-1022 Hydrocarbon Gas Analyzer

MOD‑1022 Hydrocarbon Gas Analyzer

The MOD‑1022 Hydrocarbon Gas Analyzer is a real-time, photonics-based instrument designed for continuous measurement of C1–C6 hydrocarbon gases. It provides instantaneous hydrocarbon speciation and heating-value data for refineries, petrochemical plants, and LNG operations.

Key Features:

• Real-time analysis in seconds
• No carrier gas required
• Full hydrocarbon speciation without columns
• <0.2% zero drift per month
• Rugged, outdoor-rated design suitable for remote installations

Benefits:

• Reduced maintenance costs
• Improved process optimization
• Increased operational safety
• Suitable for critical applications such as flare systems, gas blending, and custody transfer

Beacon‑3000 NIR Hydrocarbon Analyzer

The Beacon‑3000 Process NIR Analyzer is a multi-channel, fiber-optic system enabling non-contact, real-time monitoring of hydrocarbon liquids. It is widely used in gasoline blending, crude unit optimization, catalyst regeneration, and petrochemical processing.

Key Features:

• Main analyzer placed in the control room, connected via fiber optics to field probes up to 3 km away
• Supports up to eight channels per system
• No explosion-proof housing required
• Fully optical ATEX-certified probes

Benefits:

• Low ownership cost and elimination of analyzer shelters
• Simultaneous multi-property measurements
• Tighter closed-loop process control across refinery units

MOD‑4140 Hydrocarbon (NIR) Analyzer

The MOD‑4140 NIR Analyzer is an NIR-based crude and distillate analyzer designed to measure a wide spectrum of hydrocarbon properties, including distillation curve, RVP, viscosity, density, SARA, and aromatic content in both opaque and transparent fluids.

Key Features:

• Uses chemometric models to correlate NIR spectra with physical properties
• Provides instantaneous multi-property analysis
• Replaces slow and costly laboratory tests

Benefits:

• Real-time crude blending optimization
• Improved desalting and CDU efficiency
• Reduced energy consumption
• Increased refinery profitability